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The design and manufacturing of this objective lens have broken through technological barriers of visible-light optical components. Since conventional optical glass suffers from strong absorption and high scattering in the ultraviolet band, high-quality UV-transparent special materials such as fused silica and calcium fluoride are adopted for all core substrates to ensure high transmittance of ultraviolet light. Meanwhile, professional optical structure design is applied to accurately correct optical aberrations including spherical aberration, chromatic aberration and astigmatism in the ultraviolet band. Some high-end products integrate aspheric optical design and multi-layer UV anti-reflection coating technology, which further reduce optical loss and improve imaging precision. They are capable of submicron high-definition imaging and meet the requirements of high-precision ultraviolet applications.

Collimating barrel lenses mostly adopt a combined design of multiple special optical lenses. They can be matched with substrates including fused silica, optical glass and calcium fluoride according to application bands (visible light, infrared, ultraviolet, etc.). Professional optical structures are used to accurately correct optical aberrations such as spherical aberration, chromatic aberration and astigmatism, ensuring collimation accuracy in different bands. The lens housing is mainly made of high-strength aluminum alloy, stainless steel and other materials. The integrated sealed structure provides excellent rigidity, heat dissipation performance and vibration resistance, which can effectively resist the impact of ambient temperature and vibration on the optical path. Some products are integrated with high-precision adjustment mechanisms, supporting rapid optical path alignment and calibration, and meeting the integration and commissioning requirements of various optical systems.

Compact industrial inspection optics for high-resolution, high-contrast imaging. Applications include visual inspection, dimensional measurement and automated positioning.

Optical imaging systems for spacecraft, designed around low mass, dimensional stability and mission-specific wavelength and imaging requirements.

A hyperspectral lens is the core optical component of a hyperspectral imaging system. Specially designed for continuous narrow-band spectral imaging, it decomposes optical information of targets into continuous spectral data in bands including visible light, near-infrared and short-wave infrared. It simultaneously accomplishes spatial imaging and spectral acquisition, realizing the detection effect of image-spectrum integration. As a key optical device for precise perception, material identification and component analysis, it is widely applied in remote sensing mapping, agricultural monitoring, industrial inspection, environmental governance, biomedicine and security detection.

An endoscope is a core minimally invasive inspection and operation device integrating optical imaging, precision machinery and electronic sensing. By inserting into human body cavities or industrial enclosed spaces, it realizes high-definition visual observation of internal conditions. Some types can be equipped with operating components to perform sampling, minimally invasive repair and other operations. With core advantages of minimal invasiveness, high precision and real-time visualization, endoscopes have become key equipment for medical diagnosis and treatment as well as industrial non-destructive testing. They are widely applied in clinical medicine, aerospace, automobile manufacturing, special equipment inspection and other fields.

The microscope objective is the core imaging component of a microscope optical system. As a key device determining the resolution, magnification and imaging quality of microscopes, it undertakes the core function of primary magnified imaging for tiny observation targets, serving as the optical core for precise observation of the microscopic world. It is widely compatible with various microscopic instruments including biological microscopes, metallurgical microscopes, fluorescence microscopes and confocal microscopes, and applied to microscopic observation fields such as biomedicine, materials science, microelectronics inspection, precision manufacturing and scientific research experiments.

Centering turning parts are special mechanical components used for high-precision centering, clamping and positioning in the processing and assembly of optical elements. As core tooling parts for optical cold processing and lens assembly (including infrared lenses, cylindrical lens systems, beam expanders, etc.), they directly determine key parameters such as the coaxiality and surface figure accuracy of optical elements, so as to ensure the imaging quality and optical performance of optical systems.